i believe you have mentioned this in your other posts. can you give a few examples of what you mean?
sure I try to give a few examples.
dr francis will tell you not to get bogged down in details when you are presented with a question, instead find out weather they are after a concept or sth specific. the other day I did 20 question on inflammation (Robbins Review of Path) and got 19 out of 20. my friend who's rank is a lot higher in medschool got a few wrong and it was rly interesting how he fell into the trap of trying to consider all the details in a question.
one of the questions:
53 year-old female, high fever with cough productive of yellowish sputum for the past 2 days, auscultation reveals crackles in both lung bases, x-ray reveals bilateral patch infiltrates.
which of the following cell types will be greatly increased in a sputum specimen?
a) macrophages
b) neutrophils
c) mast cells
d) small lymphocytes
e) langerhans giant cells
while my colleague got caught up in yellowish sputum etc, I just saw the concept acute vs chronic inflammation and picked neutrophils, thats the thinking dr francis drills in.
biochem questions:
researcher looks into antibody structures etc, looking specifically into the hinge region. which of the following amino acid is most abudnant in the hinge region leading to its flexibility?
a) Glycine
b) Leucine
c) Phenylalanine
d) Valine
e) Cysteine
f) Proline
g) Tryptophan
h) Isoleucine
A: proline (concept that proline gives any molecular structure flexibility, be it DNA, Antibody etc)
researcher looks into antibody structures etc, looking specifically into the hinge region. which of the following amino acids gives the hinge region its strength?
a) Glycine
b) Leucine
c) Phenylalanine
d) Valine
e) Cysteine
f) Proline
g) Tryptophan
h) Isoleucine
A: cysteine (concept that cysteine gives any structure strenght, hair, hormones, any type of protein)
histones are proteins that package DNA into structures called nucleosomes, which of the following amino acids is most abundant in the core histone H2B?
a) Glycine and Leucine
b) Phenylalanine and Valine
c) Lysin and Arginine
d) Cysteine and Proline
find the concept?
just imagine these 3 questions with plenty of details to confuse you and they can be formulated in thousands of ways but if you got the concept down you ignore the details.